Method for preparing 1-bromopropane
A technology of bromopropane and propylene, which is applied in the field of preparing 1-bromopropane, can solve the problems of n-propanol's unavailable price and high production cost, and achieve the effects of overcoming high production cost, low production cost and low equipment corrosion
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Embodiment 1
[0023] Add 1.2 tons of 1-bromopropane bottom material containing 95% in the reaction equipment, open the propylene valve after 3 minutes of opening the circulation pump, the propylene amount is 365mol / h, open the ozone machine at the same time, make the gas output of the ozone machine be 0.6m 3 / h, the ozone content is 30ppm, after the ozone-containing gas and propylene are activated in the activation device, they enter the reaction equipment, so that the activated propylene is dissolved in 1-bromopropane. Then open the hydrogen bromide valve after purification and drying, so that the flow rate of hydrogen bromide is 372mol / h into the reaction equipment, hydrogen bromide and activated propylene undergo free radical addition reaction, and the reaction temperature is strictly controlled by circulating water to be 35 ~38°C. After the tail gas passes through the tail gas absorption device, the unreacted hydrogen bromide gas is absorbed, and a small amount of non-condensable gas is...
Embodiment 2
[0025] Add 1 ton of 1-bromopropane base material containing 95% in the reaction equipment, open the propylene valve after 2 minutes of starting the circulation pump, the propylene amount is 502mol / h, and open the ozone machine at the same time, so that the gas output of the ozone machine is 0.6m 3 / h, the ozone content is 40ppm, after the ozone-containing gas and propylene are activated in the activation device, they enter the reaction equipment, so that the activated propylene is dissolved in 1-bromopropane. Then open the hydrogen bromide valve after purification and drying, so that the flow rate of hydrogen bromide is 512mol / h into the reaction equipment, hydrogen bromide and activated propylene undergo free radical addition reaction, and the reaction temperature is strictly controlled by circulating water to be 35 ~38°C. After the tail gas passes through the tail gas absorption device, the unreacted hydrogen bromide gas is absorbed, and a small amount of non-condensable gas...
Embodiment 3
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